SMDA12C-4-2E3/TR7

TVS – Diodes are specifically designed to protect various types of devices from voltage transients. SMDA12C-4-2E3/TR7 is one such device that offers superior electrical overstress protection. It is specifically designed to protect 12V I/O lines, that include both automotive and telecommunication applications.

The SMDA12C-4-2E3/RT7 contains four integrated diodes with dual junction that are electrically connected in series to provide a total On-state resistance of 1.2Ohm. This makes it suitable for high speed data line and signal protection up to 12V. It also features a low clamping voltage that can protect sensitive circuits while providing a higher level of protection compared to regular diodes.

The device has an ESD rating of 15kV and a surge capability of 40A, making it perfect for automotive applications. It also features a low capacitance of 2pF and a low leakage current so it can also be used in telecommunication applications. The device is available in SMD or through-hole packages with different lead options.

SMDA12C-4-2E3/TR7 is a low capacitance ESD protection device that offers very low leakage current. It has a low On-state resistance of only 1.2Ohms that allows it to block large transients while preserving signal integrity. The device can provide up to 40A of surge capability, making it ideal for applications like automotive and telecommunication.

SMDA12C-4-2E3/TR7 is a very versatile device that can be used in both automotive and telecommunication sector. In automotive sector, it can be used to protect wires and cables from voltage spikes. It can also be used to protect printed circuit boards, components, and other electronics from ESD and surge damage. In telecommunication sector, it can be used to protect ground and signal lines from ESD and electrical overstress.

Overall, SMDA12C-4-2E3/TR7 is a very efficient means of surge protection in both automotive and telecommunication applications. It offers superior protection against voltage transients, ESD, and electrical overstress while providing low On-state resistance and low capacitance. This makes it a great choice for protecting sensitive electronics from surge related damage.